The data elements in this SMIv2 definition specify the TEXTUAL CONVENTIONs for use in the definition of PacketCable PACM data elements. Further, for those data elements that are indicated to be overridden by more specific data definitions in the XML Schema representation, the XML Schema snippets are included. NetworkWritable unknown 1.3.6.1.4.1.4491.2.2.7.1.1.2 unknown read-only 1.3.6.1.4.1.4491.2.2.7.1.1.2.1 current 0 NetworkWritable R0 The default value of this MIB Object contains the minor version of the contained data model. Since the contained data model defines only data types, any change that is not backward compatible, i.e. addition, deletion or modification MUST result in the major version being revised. read-only 1.3.6.1.4.1.4491.2.2.7.1.1.2.11 current Sample MIB Object for use of 'pktcPACMExtension'. XML Element introduced for XML Schema extensibility This TEXTUAL CONVENTION is being defined to provide the status information pertaining to services, features, subscriptions etc. The following are the - self explanatory - supported values: -- enabled(1) -- disabled(2) -- unsupported(3) -- inapplicable(4) 1 2 3 4 This data element is used to indicate an inline document fragment. This data element is used to reference an external document - such as, on another XCAP or HTTP server. When used by an XDS, the attribute 'extDocumentURL' MUST be an absolute URL. This data element is used to reference an XCAP document on the same XDS. When used by an XDS, the attribute 'xcapDocumentRef' MUST be a relative URL, relative to the XCAP ROOT. A reference to another AUID profile, to which a ua-profile subscription MUST be made. Optional element 'documentURI' element indicates a specific document which MUST be specified in the subscription. If present, it is a relative URL, beginning with the same AUID, suitable for use in the 'document' event header parameter of a ua-profile subscription. This TEXTUAL CONVENTION is being defined to contain identities that can be used within the PacketCable PACM data models. The types of possible identities is specified by the TEXTUAL CONVENTION 'PktcPACMIDType'. The following rules apply: - All identities, except macaddress refer to either UEs or Users. Mac addresses are UE specific - When used as a pair, the public and private identities MUST be separated by a colon, with the private identity following the public identity. This TEXTUAL CONVENTION is being defined as a way of indicating an identity specified by data elements utilizing the TEXTUAL CONVENTION 'PktcPACMID'. The defined types include: - other(1) for types not described by the options provided below - gruu(2) for Globally Routable Unique URIs - publicIdentity(3) for Public Identities as defined by PacketCable - privateIdentity(4) for Private Identities as defined by PacketCable - publicPrivatePair(5) for Public and Private Identity pairs as defined by PacketCable - username(6) for username and password as defined by PacketCable - macaddress(7) for mac addresses Any use by of this textual convention by data elements controlled by the XDS, the UE or any other network element MUST use a type other than other(1), if the value matches any of the other formats defined. UE implementations must ensure that InetAddressType objects and any dependent objects (e.g., InetAddress objects) are consistent. In general, the UE MUST generate an 'inconsistentValue' error if an attempt to change an PktcPACMIDType object would, for example, lead to an undefined PktcPACMID value. In particular, PktcPACMIDType/PktcPACMID pairs MUST be changed together. 1 2 3 4 5 6 7 8 This data type allows for definition of data elements that can contain credentials. It allows for storage of Username/Password, Username/Pre-shared Key or Certificate based credentials. Each credential MUST be associated with, and facilitate authentication of, one or more Public Identities. Data element definitions of this type SHOULD define the reason and method for usage (e.g. Credentials to be used for authentication). This data type definition allows for associating one or more Public Identities (PUs) to be associated with Username(UPUsr) and Password(UPPwd) based credentials. If the data is encrypted, then PktcPACMClCredsUPEnc MUST be set to 'true'. Unless the decryption for the encrypted data will be known to the recepient, 'PktcPACMClCredsUPEncHint' SHOULD also be filled with information that will allow for decryption. Exceptions include cases where the data needs to be presented in an encrypted manner. If 'PktcPACMClCredsUPPwd' is a zero-length string, then the recepient SHOULD discard any previous password associated with the identifier 'PktcPACMClCredsUPUsr'. This data type definition allows for associating one or more Public Identities (PU) to be associated with Username(PSKUsr) and Pre-shared Key (PSKPwd) based credentials. If the data is encrypted, then PktcPACMClCredsPSKEnc MUST be set to 'true'. Unless the decryption for the encrypted data will be known to the recepient, 'PktcPACMClCredsPSKEncHint' SHOULD also be filled with information that will allow for decryption. Exceptions include cases where the data needs to be presented in an encrypted manner. If 'PktcPACMClCredsPSKUsr' is a zero-length string, then the recepient SHOULD discard any previous Pre-shared Key associated with the identifier 'PktcPACMClCredsPSKUsr'. This data type definition allows for associating one or more Public Identities (CertPUs) to be associated with an Identity(CertID) and associated Certificate based credentials (Cert, PrivateKey). If the certificate data is encrypted, then PktcPACMClCredCertEnc MUST be set to 'true'. Further, unless the decryption for the encrypted data will be known to the recepient, 'PktcPACMClCredCertEncHint' SHOULD be filled with information that will allow for decryption. Exceptions include cases where the certificate needs to be presented in an encrypted manner. If the private key is encrypted, then PktcPACMClCredCePKEnc MUST be set to 'true'. Further, unless the decryption for the encrypted data will be known to the recepient, 'PktcPACMClCredCertPKEncHint' SHOULD be filled with information that will allow for decryption. Exceptions include cases where the certificate needs to be presented in an encrypted manner. If 'PktcPACMClCredCert' is a zero-length string, then the recepient SHOULD discard any previous certificate associated with the identifier 'PktcPACMClCredCertID'. This data type definition allows for associating one or more Service Provider domain names to be associated with a certificate (Cert). If the data is encrypted, then PktcPACMSPCredCertsEnc MUST be set to 'true'. Unless the decryption for the encrypted data will be known to the recepient, 'PktcPACMSPCredCertsEncHint' SHOULD be filled with information that will allow for decryption. Exceptions include cases where the data needs to be presented in an encrypted manner. If 'PktcPACMSPCredCerts' is a zero-length string, then the recepient SHOULD discard any previous certificate associated with the identifier 'PktcPACMSPCredCertsID'. This TEXTUAL CONVENTION is being defined to indicate activation status as defined in PacketCable. A value of active(2) indicates a status of 'active'. A value of inactive(3) indicates a status of 'inactive'. A value of suspended(4) indicates a status of 'suspended'. A value of other(1) indicates a status other than those defined above. 1 2 3 4 This data type contains a single ASN.1 BER encoded varbind in hex binary format. This data type allows for Diffie-Hellman(DH) Kickstart parameters definitions. This data element specifies the DH KickStart Security Name. This data element specifies the DH KickStart Manager Public Key. This data type allows for SNMP Notification receiver definitions. This data element specifies the SNMP Notification Receiver's address type This data element specifies the SNMP Notification Receiver's address This data element specifies the SNMP Notification Receiver's port This data element specifies the SNMP Notification Type This data element specifies the wait time before a retry is attempted when the sender of an SNMP INFORM fails to receive an acknowledgement. The number of retries is specified by 'pktcPACMSNMPNTFYRetries'. This data element specifies the maximum number of times the MTA MUST retry sending an SNMP INFORM message if an acknowledgement is not received. The wait time before sending a retry is specified by 'pktcPACMSNMPNTFYTimeout'. This data element specifies the filtering scheme for notifications and contains the root OID of the MIB sub-tree that defines the notifications to be sent to the Notification Receiver. The recepient MUST filter notifications being sent to the SNMP manager specified in this data type using using the information provided. This data element specifies the SNMPv3 Security Name to use when sending an SNMPv3 Notification. Since this data element is valid only if the notification type (pktcPACMSNMPNTFYType) is 'SNMPv3Trap' or 'SNMPv3Inform', the receiver MUST ignore this data element for all other value of the notification type and report a warning.